1. By: Trent, Antwain, Megan and Stacey
Boyle’s Law
By: Trent, Antwain, Megan and Stacey

2. Definition
Ideal gas is kept a fixed temperature, the volume and pressure are inversely proportional.
It states that the pressure and volume of gases have an inverse relationship,when the temperature is held constant.
Inverse relationship means a relationship between 2 variables
Inverse proportions means a relationship between 2 variables, when their product is equal to a constant value
It's measured in torrs > 1 torr = atm

3. Equation Equation to solve with:PiVi= Pf Vf
The constant equation: PV= constant
The lowercase i in the first part of the equation stands for the initial pressure and volume.
The lowercase f in the second part of the equation stands for the final pressure and volume.
Equation to find the final volume is PiVi/Pf

4. Equations
If you are trying to find a specific variable, the equation changes.
The uppercase letters that have the same subscript lowercase letter with it gets multiplied, while the lowercase letter that is remaining then gets divided with what is multiplied.

5. Real Life Examples Any spray can: spray paint or air freshener
Filling up your tire
Any type of syringe use basic boyle's law
Soda can when it makes a mess
Balloons
A car (combustion) engine

6. Equation
Example:using the formula from before which is Vf=PiVi/Pf figure out what the final volume with this information
Pi=2.0 L
Vi=3 atm
Pf=0.5 atm

7. Example Answer
2.0 L (3 atm)/ 0.5 atm
6L/ 0.5 atm
answer:12 L

8. Virtual Boyle's Law Lab Start: No block = 616.5 Torr (15 mL)
1st block = Torr
2nd block = Torr
3rd block = Torr (14 ½ mL)
4th block = Torr
5th block = Torr (14 mL)
The relationship between the pressure and volume went opposite from value. As said the relationship is inversely proportional.
laws/experiment-1-boyles-law.html

9. Hands On Lab !
Trent and Antwain are going now do a lab to show you an experiment you would do to use this law! Thanks for learning Boyle's Law.

10. Work Cited
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